Prestressed concrete: Difference between revisions
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== Other References == | == Other References == | ||
* Chris Burgoyne: [http://www-civ.eng.cam.ac.uk/cjb/papers/historypsc.pdf Analysis of Continuous Prestressed Concrete Beams], March 26, 2005 - provides overview of analysis and design methods from 1940s to | * Chris Burgoyne: [http://www-civ.eng.cam.ac.uk/cjb/papers/historypsc.pdf Analysis of Continuous Prestressed Concrete Beams], March 26, 2005 - provides overview of analysis and design methods from 1940s to 20001 | ||
* M. B. Cavalcanti, B. Horowitz: [http://revistas.ibracon.org.br/index.php/riem/article/viewFile/53/39 Flexural Analysis of Prestressed Concrete Structures], IBRACON Structures and materials journal, Volume 1, Number 4 (December, 2008) p. 331 - 364, ISSN 1983-4195 - describes two methods that can be used to evaluate capacity of prestressed concrete members; method 1 treats prestressing as integral part of the section, while method 2 treats prestressing as external load. | |||
== Organizations == | == Organizations == | ||
Revision as of 05:52, 14 April 2009
Key References
- Leonhardt, F.: Prestressed Concrete Design and Construction, 2nd Edition, 1963
Other References
- Chris Burgoyne: Analysis of Continuous Prestressed Concrete Beams, March 26, 2005 - provides overview of analysis and design methods from 1940s to 20001
- M. B. Cavalcanti, B. Horowitz: Flexural Analysis of Prestressed Concrete Structures, IBRACON Structures and materials journal, Volume 1, Number 4 (December, 2008) p. 331 - 364, ISSN 1983-4195 - describes two methods that can be used to evaluate capacity of prestressed concrete members; method 1 treats prestressing as integral part of the section, while method 2 treats prestressing as external load.
Organizations
| Home > Topics > Prestressed Concrete e | |
| Overview | Overview · Hyperstatic forces |
| Prestress losses | Friction losses · Anchorage set losses |
| Miscellaneous | Tendon · Post-Tensioning · Partial prestressing · Restraint moment · Prestressing as action or resistance · Standard prestressed girders · Magnel diagram |
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| Related Topics | Reinforced Concrete |
| Topics e | |
| Prerequisites | Mathematics |
| Theories | Plasticity |
| Analysis | Traditional analysis methods · Computational analysis methods · Stability · Dynamics |
| Design | Materials · Design codes · Seismic · Geotechnical · Fatigue |
| Materials | Steel · Concrete · Prestressed concrete · Masonry · Timber · Composites |
| Structural Systems | Conceptual design · Buildings · Bridges |
| Structural Components | Abutment · Anchor rod · Bearing · Cable · Cross frame · Expansion joint · Pile and pile group · Pier · Splice · Stiffener |
| Miscellaneous | Software · Drawings · Inspection · Low energy buildings · Sustainable design · Non-destructive evaluation · Painting · Structural health monitoring · Surveying · History · People · Technology · Smart structures · Loads · Design methods |